Supply of softened water equipment

Product structure of water softener
The imported control valve body is made of high-strength, lightweight, corrosion-resistant engineering plastics and lead-free brass.
Anti-corrosion tank The material of the tank is fiberglass (carbon steel or stainless steel can be selected). The tank is anti-corrosion, pressure-resistant and has a long service life.
The uniform water distribution system adopts jet water distribution, resin The effective exchange capacity is fully exerted, and the salt control is precise without the need for a salt pump.
The imported high-performance resin uses strong acidic cation exchange resin, with low breakage rate, uniform particle size, and improved ion exchange rate.
Features of water softener device
The overall design of the high-efficiency softened water device is reasonable, so that the effective working exchange capacity of the resin can be fully utilized.
It saves labor and has a high degree of automation, and does not need to have a dedicated person on duty.
Water-saving softened water device produces water The rate reaches above.
The power saving adopts the siphon regeneration principle, no salt pump is needed, and the power consumption is only equivalent to that of manual water softening equipment.
The small space required only requires the space required for a resin tank and a salt tank. , saving space occupied by pipelines and salt pumps.
Convenient adjustment Users can adjust the regeneration cycle and regeneration time according to actual needs.
Low operating costs Due to the high degree of automation, the water softener can adapt to changes in water volume. Accurately measure the water production volume and the amount of regenerant to avoid the innocent waste of regenerant during regeneration, and at the same time save a lot of labor costs.
Working procedures of water softening device
Supply untreated water through the resin layer , reacts to produce soft water.
Backwash water enters from the lower part of the resin layer, loosens the resin, and removes fine debris.
Incoming brine regeneration uses higher concentration brine to flow through the resin to restore the failed resin It is a sodium type resin.
Rinse according to the process of water supply, so that the water passes through the resin to flush away the excess salt solution and the calcium and magnesium ions exchanged by regeneration.
Water injectionInject water into the salt box to dissolve the salt. Prepare for the next regeneration.
Technical indicators of water softener
Working pressure water hardness/water hardness
Working temperature ℃℃ Source, rate
Installation requirements of water softener
Foundation requirements Level, and set up a floor drain or drainage ditch nearby to drain away the regeneration waste water. An independent power socket should be set up near the equipment.
The salt box should be close to the exchange tank, and the salt suction pipe should be as short as possible.
On the water inlet pipe An upper filter and a water meter should be installed, and a sampling port should be provided at the water outlet.
A manual valve should be installed on the inlet and outlet pipes, and a bypass valve should be installed between the inlet and outlet to allow continued water supply during regeneration or maintenance.
If the water inlet pressure is lower than that, increase the automatic booster pump.
The salt in the salt box must be industrial salt, and iodized salt and calcium salt cannot be added. In order to ensure that the concentration of the salt solution in the salt box can reach saturation, first It should be ensured that the dissolution time is not less than 1 hour, and forced regeneration should be performed before first use.
When the raw water hardness is , contaminating the resin.
Antifreeze measures should be taken in northern winter.
Water softener control valve model
Time control sets the regeneration cycle based on hourly output and periodic water production, which is generally suitable for comparison of water consumption. Stable occasions.
The flow control starts the regeneration program based on the periodic water production volume. When the equipment is running, a special flow meter counts the total water production. When the total water production reaches the set periodic water production volume, the controller starts the regeneration program for automatic regeneration. The regeneration of the equipment has nothing to do with the running time, and is generally suitable for situations with unstable water consumption and continuous water use.
Parameters that the user needs to provide for selection
, water production per hour (unit/)
, source of raw water and its total hardness, total alkalinity, total salt content
, effluent Hardness requirements (unit/)
, water inlet pressure (units are best between
, daily water consumption